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Buescher true tone trumpet model 9
Buescher true tone trumpet model 9












buescher true tone trumpet model 9

In this blog post, you can learn more about the neural network and how it's trained on interpretable models (like your voice) to give its own interpretation. If you click on each instrument, Google provides additional information about the training data involved.

buescher true tone trumpet model 9

Once the recording is complete, you will have the option to transform your audio into a flute, violin, trumpet, or saxophone. How it works - Head over to Tone/Transfer and record yourself either through the website or through an Android phone. The website notes, "This model recreates the tone of the trumpet mixed with the player’s breathing sounds." It makes it realistic - and hilarious. After singing the English alphabet in my recording, Tone/Transfer took the input and transformed it into a trumpet (per my request). I, however, decided to take things in a different direction. If you're recording something melodious, the output is likely to be equally pleasant to listen to. The results for Tone/Transfer depend on the input, obviously.

buescher true tone trumpet model 9

The company frequently experiments with machine learning and how neural networks adapt to different datasets and interpret them. or, at least, close approximations fo them. The company's Tone/Transfer is a website where you can upload an audio recording of practically anything under the sun - from your voice to pots and pans clanging together to any other aural detritus you choose - and, through machine learning, the model transforms the input into virtual instruments like violins, trumpets, saxophones, and flutes. If you're in the mood for a fun way to kill some time and learn a bit about machine learning and artificial intelligence in the process, Alphabet's Google has an audio treat for you.














Buescher true tone trumpet model 9